UV Tech Material LTD. High-Purity Indium Tin Target for Semiconductor & Display Deposition
Guangzhou UV Tech Material LTD., as a dedicated manufacturer, provides advanced deposition solutions tailored for rigorous applications, including the superconductivity and quantum electronics sectors.
Our flagship product features the exact specification: Indium Tin Target | ≥99.9% purity. Fabricated through precisely controlled casting and bonding techniques, we supply both rotary target and planar target configurations. These targets exhibit excellent microstructural density, ensuring uniform film thickness and prolonged service life during continuous vacuum coating processes in flat panel display and semiconductor manufacturing.
To accommodate a wide range of global magnetron sputtering systems, UV Tech Material LTD. offers fully customizable dimensions engineered specifically to your cathode blueprints. Furthermore, our production facilities are equipped to thoroughly support sample testing and bulk purchasing, guaranteeing consistent quality from lab evaluation to mass manufacturing.
Recently Posted
-
AZO Sputtering Target Manufacturer in China for Transparent Conductive Films
October 27, 2026Aluminum-doped zinc oxide (AZO) is one of the core functional oxide targets for transparent conductive oxide (TCO) thin films, and
Read More -
99.999% Si Sputtering Target with Copper Backing — Stable Deposition for AR Film and Low-E Glass
October 22, 2026High-Purity Silicon, Engineered for Stable Thin-Film DepositionSilicon sputtering targets are the source material behind some of t
Read More -
Rotatable CuZn Sputtering Targets for Pure Copper Film Deposition
October 22, 2026Wherever a pure copper film is needed, copper-zinc alloy targets are the material of choice. Copper delivers high electrical condu
Read More -
Zn‑Sn Sputtering Targets for Energy‑Saving & Smart Glass Industry
October 19, 2026Zn‑Sn alloy sputtering targets are key raw materials for magnetron sputtering coating, widely used in the manufacturing of energy‑
Read More